What does mesh mean? – An explanation for our customers
Learn what mesh means in coating technology and how it affects the quality of your finishes.
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Discover material filters (gun, cup, inline/manifold, pump filters) and air filters (water/oil separators, fine & activated carbon, dryers) for workshop and production. From mesh/micron classes and pressure ranges to filter materials and installation position – we tailor filtration to the medium, nozzle and finish requirement.
Trouble-free material flow, fewer nozzle blockages and surface defects, dry, clean compressed air and reproducible surfaces. Properly sized filters reduce rework, stabilise pressure and extend component service life.
Mesh/Micron: Finer classes improve finish but increase pressure drop – size the pump/supply accordingly. Choose filter material (nylon, paper, stainless steel, sintered) based on the medium/solids. Combine installation points (cup/gun/inline) to stage coarse/fine filtration. Air treatment with water/oil separator, fine filter and, if necessary, dryer/activated carbon.
Gun & cup screens, inline/manifold filters, filter elements for pumps, replacement cartridges for air filter units, differential pressure gauges, regulators/gauges as well as cleaning & test media. We provide a compatibility check (mount, seal, medium) and integration in workshop and line.
Go directly to Filters – or consultation & compatibility check.
Learn what mesh means in coating technology and how it affects the quality of your finishes.
Learn moreLearn about the differences between flat and plug-in screens for SATA RPS cups and the advantages they offer.
Learn moreMaterial filters (gun, cup, inline/manifold, pump filters) retain particles from the medium, while air filters (water/oil separators, fine & activated carbon filters, dryers) ensure clean, dry compressed air. This reduces nozzle blockages, dust inclusions and surface defects.
Size filtration according to viscosity, nozzle orifice and finish requirement: e.g. 125–190 µm or 100–200 mesh for base/clear coats, coarser for primers and highly viscous media. Finer filters improve finish but increase pressure drop – adjust pump/pressure accordingly.
Filter area, pore size, material (stainless-steel fleece, nylon, paper, sintered), contamination level, medium temperature/solids as well as the installation point (cup, gun, inline). Check differential pressure and replace the filter in time to avoid cavitation and spray pattern disturbances.
We support you in selecting the mesh/micron class, sizing air & material filters and checking compatibility with your system – for clean, reproducible results.
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